Gravity: 9 PCS Sensor Starter Kit for Arduino

The Gravity: 9 PCS Sensor Starter Kit for Arduino is a versatile bundle of fundamental input, output, and detection modules designed for physical computing. It provides students, educators, and hobbyists with a practical platform to explore interactive electronics and sensor-driven automation. The included modules connect seamlessly with Arduino microcontrollers and standard expansion shields for rapid project development.

Nine essential sensing and input modules

The kit includes an analog ambient light sensor, LM35 temperature sensor, analog grayscale sensor, digital capacitive touch sensor, digital push button, digital vibration sensor, digital tilt sensor, digital magnetic sensor, and an LED lighting module. This selection provides a balanced mix of analog inputs, digital triggers, and visual output for diverse experimental setups.

Environmental and motion detection

With dedicated sensors for light levels, temperature variation, tilt, vibration, and magnetic fields, users can monitor ambient conditions and track physical movement. These modules enable rapid prototyping of data logging stations, security alarms, and robotics navigation projects.

Interactive controls and output feedback

Featuring both capacitive touch and a tactile push button, the kit allows straightforward creation of human-machine interfaces. The included LED lighting module delivers immediate visual feedback to indicate system states and sensor triggers.

Simplified wiring and prototyping

The Gravity interface standardises signal, power, and ground layouts to reduce wiring errors during assembly. When paired with standard microcontroller boards and shields such as the IO Expansion Shield V7.1, colour-coded pin headers enable quick plug-and-play connections.

STEM education and embedded experimentation

This starter bundle is well suited for classroom lab exercises, robotics input systems, and interactive electronics demonstrations. It allows learners to explore fundamental sensing principles and build functional prototypes without needing to source individual parts separately.